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News Articles published within the last 30 days.
10.09.2025
Diplomarbeiten, Bachelor- und Masterarbeiten:
Master-Thesis: Soft-Tissue Tension Estimation from Tissue Point Trajectories
In robotic surgery, tension information is critical but very challenging to obtain directly. Visualizing tissue deformation offers a promising way to infer tension indirectly. Recent advances in any-point tracking methods provide an opportunity to bridge the gap between simulation and real-world data, enabling new research directions in surgical robotics.
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Kontakt: dennis.schneider@tum.de
10.09.2025
PiCO2buddies_project_description_2
Diplomarbeiten, Bachelor- und Masterarbeiten:
[Microbiology/Bioprocess engineering] Local or International Thesis or Internship opportunity: PiCO2buddies – Establishment of cultivation systems for robust microalgae strains
Have you ever dreamed of working with cells that are easy to cultivate, resistant to contamination, and can always be observed in vibrant colours under a microscope?
Would you like to join us on this international adventure between the Politecnico di Milano and the TUM Campus Straubing, with the opportunity to complete your Master’s thesis in Italy?
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Kontakt: m.ibanez@tum.de
10.09.2025
Enzyme cascades_TUM_UQ
Diplomarbeiten, Bachelor- und Masterarbeiten:
[Chemical Engineering] Modelling of enzymatic cascades: local and international projects available!
Would you like to learn how to design enzymatic cascades and reactors?
Do you want to discover strategies for efficiently consuming and regenerating costly cofactors?
Have you ever thought about doing your Master’s thesis overseas?
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Kontakt: m.ibanez@tum.de
10.09.2025
PiCO2buddies project description
Diplomarbeiten, Bachelor- und Masterarbeiten:
[Bioprocess engineering] Thesis or Internship opportunity: PiCO2buddies – Using Microalgae for wastewater reclamation from pharmaceuticals
Diclofenac (DFC) toxicity in water is a global concern. This project investigates DCF solution behaviour in water under controlled conditions, to predict its availability, speciation and phase transitions in systems where microalgae are used for water remediation. Understanding this is essential for advancing biothermodynamic models that simulate pharmaceutical fate in complex environments.
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Kontakt: m.ibanez@tum.de
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